Scanner Product List and Ranking from 179 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.

Scanner Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. 横浜測器 本社 Kanagawa//Trading company/Wholesale
  3. 富士テクニカルリサーチ Kanagawa//others
  4. 4 大浦工測 ［東京本社・横浜支店・九州支店・関西支店・仙台営業所・ベトナム国ホーチミン事務所］ Tokyo//General contractors and subcontractors
  5. 5 FLIGHTS 本社 Tokyo//Information and Communications
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Scanner Product ranking

Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.

  1. 3D laser scanner 'BLK360 G2' acquires data in 20 seconds!
  2. Mobile handheld laser scanner "Leica BLK2GO"
  3. TOPCON 3D Laser Scanner "GLS-2200 Series" 横浜測器 本社
  4. 4 SLAM technology Mobile handheld laser scanner BLK2GO 横浜測器 本社
  5. 5 High-speed, high-precision 3D laser scanner 'Leica RTC360'

Scanner Product List

676～690 item / All 726 items

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Electrostatic Discharge Compatible Barcode Scanner MS851 ESD [Static Electricity Prevention]

Electrostatic Discharge Compatible Barcode Scanner MS851 ESD [Static Electricity Prevention]

A static-free model that meets the strict manufacturing environment requirements necessary to prevent issues caused by clean rooms and static electricity.

The MS851 ESD is an ESD-compatible barcode scanner that incorporates an antistatic agent internally. It has a reading distance of nearly 5 meters, allowing for fast and accurate scanning over a wide working range. With a robust design rated IP42, it protects against dust and moisture while maintaining a drop resistance of 2.1 meters to concrete, making it suitable for use in harsh manufacturing environments such as clean rooms. <Features> - ESD resistance of up to 10^5 to 10^9 ohms per square - Loud beep and bright LED indicator for easy recognition - Long lifecycle trigger design: up to 10,000,000 activations 【Rental units available】 【Quotes available for 1 unit or more】 *If you wish to request a rental unit or a quote, please check "Other" in the "Requests" section of the inquiry form below and write "Request for rental unit/quote" in the remarks before contacting us.

  • Cash register peripherals and printers

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A scanner that can measure the "residual stress, hardness variation, and hardened layer depth" of metals.

A scanner that can measure the "residual stress, hardness variation, and hardened layer depth" of metals.

Achieved with non-contact and non-destructive methods! Super-fast measurement of dimensional changes and strength deficiencies after processing, contributing to process improvement. Exhibiting at Automotive World Online!

Do you have any of these problems? ■ I want to know if the cause of bending or warping of metal parts and cracking in welds is residual stress... ■ I want to manage the lifespan of molds... ⇒ We can solve this with the residual stress measurement device 'μ-X360s'! ■ I want to non-destructively determine the effects of heat treatment and the presence of cutting or grinding burns... ■ I want to conduct inline inspections and 100% inspections using robots... ■ I want to eliminate visual inspections that require special skills so that anyone can perform inspections... ⇒ We can solve this with the non-contact hardness mura scanner 'muraR'! ■ I want to shorten the time for hardness testing by evaluating the hardened layer... ■ I want to improve the variability of results caused by operators and equipment... ■ I want to skip the resin filling and mirror polishing processes... ⇒ We can solve this with the hardened layer depth evaluation device! Regarding our planned participation in the '13th Automotive World,' we have decided to refrain from exhibiting due to the declaration of a state of emergency. However, we will be exhibiting at a virtual booth online, so please check our products from here. Online exhibition period: January 20 (Wednesday) to 22 (Friday), 2021 (You can view the web booth and apply for appointments starting January 6.)

  • Analysis and prediction system

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A scanner that can measure the "residual stress, hardness variation, and hardened layer depth" of metals.

A scanner that can measure the "residual stress, hardness variation, and hardened layer depth" of metals.

Achieved with non-contact and non-destructive methods! Ultra-fast measurement of residual stress that causes metal cracking, dimensional changes, and insufficient strength. We will be exhibiting at the Nagoya Machine Elements Technology Exhibition!

Do you have any of these concerns? ■ I want to know if the cause of bending or warping of metal parts, or cracking at welds, is due to residual stress... ■ I want to manage the lifespan of molds... ⇒ We can solve this with the residual stress measurement device 'μ-X360s'! ■ I want to non-destructively determine the effects of heat treatment and whether there is cutting or grinding burn... ■ I want to conduct inline inspections or full inspections using robots... ■ I want to eliminate visual inspections that require special skills so that anyone can perform inspections... ⇒ We can solve this with the non-contact hardness mura scanner 'muraR'! ■ I want to shorten the time for hardness testing by evaluating hardened layers... ■ I want to improve the variability of results due to operators and equipment... ■ I want to skip the resin filling and mirror polishing processes... ⇒ We can solve this with the hardened layer depth evaluation device! We will be exhibiting at the "Nagoya Machine Elements Technology Exhibition" held at Port Messe Nagoya from April 7 (Wednesday) to April 9 (Friday), 2021. Booth location: Hall 3, 6-58 At our booth, we will introduce examples of mechanical parts such as gears, shafts, and bearings, as well as processing applicable to cutting and surface treatment. We will also showcase and demonstrate a robot system for measuring residual stress in motor cores.

  • Analysis and prediction system

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A scanner that can measure the "residual stress, hardness variation, and hardened layer depth" of metals.

A scanner that can measure the "residual stress, hardness variation, and hardened layer depth" of metals.

Non-contact & non-destructive! Ultra-fast measurement of residual stress that causes metal cracking, dimensional changes, and insufficient strength. Exhibiting at the Online Automotive Technology Exhibition!

Are you facing any of these issues? ■ I want to know if the cause of bending or warping of metal parts, or cracking in welds, is residual stress... ■ I want to manage the lifespan of molds... 　⇒ We can solve this with the residual stress measurement device 'μ-X360s'! ■ I want to non-destructively determine the effects of heat treatment and the presence of cutting or grinding burns... ■ I want to conduct inline inspections or full inspections using robots... ■ I want to stop visual inspections that require special skills so that anyone can perform inspections... 　⇒ We can solve this with the non-contact hardness mura scanner 'muraR'! ■ I want to shorten the time for hardness testing by evaluating hardened layers... ■ I want to improve the variability of results caused by operators and equipment... ■ I want to eliminate the resin filling and mirror polishing processes... 　⇒ We can solve this with the hardened layer depth evaluation device! ★ We will be exhibiting the above products at the "Automotive Technology Exhibition: The Technology of People and Cars 2021 Online"! Please note that due to the cancellation of the "The Technology of People and Cars 2021 Yokohama" event, we will only be exhibiting at the online exhibition. For more details, please refer to the "Basic Information" section below.

  • Analysis and prediction system

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Just walk! Create maps of factories and plants with a 3D scanner.

Just walk! Create maps of factories and plants with a 3D scanner.

Measured 5,000 square meters in about 1 hour, with data processing completed in 2 days! It is possible to create a street view map just by walking while carrying it! *Video available.

"HERON" is a laser scanner that can acquire 3D data of the surroundings by walking around the area to be measured, with the laser scanner mounted on the back. The operator can check the measurement status in real-time on a tablet device, eliminating the unnecessary task of returning to the site for re-measurement. It can measure a wide area in a short time (about 1/10 of a tripod-type 3D scanner), allowing for easy planning of equipment layouts within the 3D data. Our company, SGS, not only sells the product but also offers equipment rental and measurement services. 【Features】 ■ Lightweight laser scanner ■ Real-time 3D measurement by walking ■ Indoor and outdoor compatible ■ Tablet verification ■ Easy software processing 〈 This product is eligible under the Special Measures Law for Productivity Improvement! 〉 If applicable, property tax can be reduced to 0-1/2. *For more details, please refer to the PDF materials or feel free to contact us. ★【We will provide valuable information to those who request materials through manufacturing industry registration!】

  • Other measuring instruments

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Be cautious of the weather when using the 3D scanner.

Be cautious of the weather when using the 3D scanner.

Support for the practical application of icon construction through rentals! Be mindful of the weather when using 3D scanners.

In some industries, I believe there are many situations where 3D scanners are utilized, but when using them, it is necessary to pay attention to the surrounding environment, especially the "weather." This is because the information obtained from a 3D scanner can be greatly affected by the weather. For example, measurements taken in areas with strong sunlight can be difficult because the light from the 3D scanner can be overwhelmed by the sunlight, making data collection challenging. During rainy weather, raindrops or snow can be scanned as point clouds, preventing data collection. When using a 3D scanner, by thoroughly understanding the weather conditions on the day of measurement and planning accordingly, smooth measurements can be achieved. 【Features】 ■ The information obtained from a 3D scanner can be greatly influenced by the weather. ■ Measurements in areas with strong sunlight can make data collection difficult. ■ Measurements during rainy weather can result in raindrops or snow being scanned as point clouds. ■ Similarly, measurements can also be difficult if it has just stopped raining or if the object is wet. *For more details, please refer to the PDF document or feel free to contact us.

  • Other measuring instruments

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Presentation of materials! A document that explains the basics of 3D measurement and 3D scanners, along with practical examples.

Presentation of materials! A document that explains the basics of 3D measurement and 3D scanners, along with practical examples.

Active in the manufacturing industry, such as creating maps within factories! Featuring the main types of 3D surveying and the industries that utilize them! We also introduce the basics of 3D surveying and practical examples.

We are offering a free document titled "Understanding 3D Measurement and 3D Scanners" from SGS Co., Ltd., which provides measurement services, data processing, rental, and sales using 3D laser scanners. The document includes detailed explanations with photos on topics such as "Main Types of 3D Measurement," "Industries Utilizing 3D Measurement," and "Concerns You May Have Consulted Us About." We encourage you to take a look. 【Contents (Excerpt)】 ■ Main Types of 3D Measurement ■ Industries Utilizing 3D Measurement ■ Be Cautious of Weather When Using 3D Scanners! ■ Why is Data from Laser Scanners Necessary to Process? ■ Outsourcing 3D Scanner Measurements is Recommended! *For more details, please refer to the PDF document or feel free to contact us.

  • Surveying

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Obtain surrounding 3D data just by walking with it on your back! Laser scanner.

Obtain surrounding 3D data just by walking with it on your back! Laser scanner.

Check the measurement status on the tablet while walking! Video recording with a 360-degree camera is also possible. *A collection of basic knowledge about 3D scanners is available.

The "HERON" that our company handles is a laser scanner that can be worn on the back, allowing for the acquisition of surrounding 3D data by walking in the area you want to measure. This wearable laser scanner, "MS-TWIN," is equipped with two laser scanners directed horizontally and vertically, enabling stable acquisition of point cloud data in all 360 degrees simply by walking. While performing laser measurements, it is also possible to capture video using a 360-degree camera, and for areas that require detailed photos, you can stop and take 5K images. In addition to purchase options, we also offer rental services for short-term projects. *For more details, please refer to the PDF materials or feel free to contact us. [Those who request materials will receive special information!]

  • Other measuring instruments

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Introduction materials for the implementation of laser scanners utilizing subsidies

Introduction materials for the implementation of laser scanners utilizing subsidies

Comprehensive support for the introduction of laser scanners utilizing manufacturing subsidies and business restructuring subsidies! Free case study collection available!

Yokohama Instruments leverages its strengths as a specialized trading company for surveying equipment to provide support for applications for business restructuring subsidies and manufacturing subsidies. We handle everything from preparation for applications, such as project plans, to equipment installation and payment confirmation in a seamless manner. Many companies are utilizing subsidies to introduce laser scanners, so we have created a document introducing examples of implementation results and data obtained using the scanners. It is available for free, so please check the PDF download for more details! 【Overview of the Document】 ■ Recent adoption status of Yokohama Instruments ■ Breakdown of adopted subsidies ■ Implementation results and models of laser scanners ■ Introduction of some of the actual data obtained → Please view the document from the "Download" link below. 【Results since 2019 (as of July 2023)】 　Manufacturing Subsidy: 87% (54 out of 62 companies adopted) 　Business Restructuring Subsidy: 76% (13 out of 17 companies adopted) *We also hold free Zoom meetings regarding subsidy application support. Participants will be informed of other implementation cases as well. Feel free to contact us.

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  • イプロス用ものづくり補助金表紙?.jpg
  • Development permit application

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Case study of terrain surveying using UAV equipped with green laser - free data available.

Case study of terrain surveying using UAV equipped with green laser - free data available.

Utilizing green laser UAV surveying to achieve advanced disaster recovery activities.

Our company's green laser scanner has the characteristic of emitting green laser light, which is less absorbed by water compared to the commonly used near-infrared lasers. By mounting this scanner on a UAV and conducting laser measurements, we can obtain seamless and high-precision data down to the riverbed in areas where measuring wet surfaces or locations where land and water surfaces mix, such as rivers and ports, was difficult with near-infrared lasers. This case is part of our participation in the environmental restoration activities, including the conservation of saline wetlands in the disaster-affected areas of the Great East Japan Earthquake, conducted by the NPO Mori wa Umi no Koibito. Due to ground subsidence from the earthquake, a rare saline wetland was created in Japan, where river and sea waters mix. As time passes since the disaster, while the ecosystem within the wetland is becoming richer, it is expected that the ground will rise due to elastic changes, leading to a decrease in wetland area due to the growth of reeds. We have created a high-precision 3D topographic map of the area surrounding the wetland by conducting benchmark surveying and green laser surveying. By continuing measurements, we monitor changes in the surrounding terrain and build a GIS on a 3D model of the rich ecosystem, thereby cooperating in both environmental conservation and disaster recovery efforts.

  • Surveying

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